Function details for applyFlags

applyFlags (2 calls, 0.820 sec)
Generated 05-Aug-2011 13:00:40 using cpu time.
function in file /home/LeechJ/cbass_analysis/reduc/support/applyFlags.m
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Parents (calling functions)

Function Name	Function Type	Calls
plot1overf>getStatsPlots	subfunction	2

Lines where the most time was spent

Line Number	Code	Calls	Total Time	% Time	Time Plot
39	d.antenna0.receiver.switchData...	2	0.317 s	38.7%
38	f = find(flagArray);	2	0.153 s	18.7%
30	d.antenna0.receiver.data(f) = ...	2	0.131 s	16.0%
35	flagArray = [repmat(d.flags.fa...	2	0.087 s	10.7%
29	f = find(flagArray);	2	0.066 s	8.0%
All other lines			0.066 s	8.0%
Totals			0.820 s	100%

Children (called functions)

Function Name	Function Type	Calls	Total Time	% Time	Time Plot
repmat	function	12	0.077 s	9.3%
Self time (built-ins, overhead, etc.)			0.743 s	90.7%
Totals			0.820 s	100%

Code Analyzer results

Line number	Message
30	To improve performance, use logical indexing instead of FIND.
39	To improve performance, use logical indexing instead of FIND.

Coverage results
[ Show coverage for parent directory ]

Total lines in function	42
Non-code lines (comments, blank lines)	24
Code lines (lines that can run)	18
Code lines that did run	16
Code lines that did not run	2
Coverage (did run/can run)	88.89 %

Function listing

   time   calls  line
                  1 function d = applyFlags(d)
                  2 
                  3 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
                  4 %
                  5 %   function d = applyFlags(d)
                  6 %
                  7 %  all this does is take whatever flags you have in d.flags.fast and applies
                  8 %  it to your data --- setting hte values in the data structure to NaN.
                  9 %
                 10 %  sjcm
                 11 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
                 12 
             2   13 if(isfield(d.antenna0.receiver, 'data')) 
             2   14   switch(size(d.antenna0.receiver.data, 2)) 
             2   15     case 6 
                 16       flagArray = [d.flags.fast(:,1) repmat(d.flags.fast(:,2), [1 4]) ...
                 17 	    d.flags.fast(:,3)];
                 18       
             2   19     case 8 
                 20       flagArray = [d.flags.fast(:,1) repmat(d.flags.fast(:,2), [1 6]) ...
                 21 	    d.flags.fast(:,3)];
                 22       
             2   23     case 10 
  0.05       2   24       flagArray = [repmat(d.flags.fast(:,1), [1 2]) ... 
                 25 	    repmat(d.flags.fast(:,2), [1 6]) repmat(d.flags.fast(:,3), [1 ...
                 26 	      2])];
                 27       
             2   28   end 
  0.07       2   29   f = find(flagArray); 
  0.13       2   30   d.antenna0.receiver.data(f) = nan; 
             2   31 end 
                 32 
             2   33 if(isfield(d.antenna0.receiver, 'switchData')) 
                 34   % make sure the fast flags are incorporated into the switch ones.
  0.09       2   35   flagArray = [repmat(d.flags.fast(:,1), [1 4]) ... 
                 36 	repmat(d.flags.fast(:,2), [1 16]) repmat(d.flags.fast(:,3), [1 ...
                 37 	  4])];
  0.15       2   38   f = find(flagArray); 
  0.32       2   39   d.antenna0.receiver.switchData(f) = nan; 
             2   40 end 
                 41 
             2   42 return;